Banwood- Navy Scooter

Get little riders moving with the Banwood Navy Scooter, a stylish three-wheel scooter designed to combine timeless design, easy handling, and everyday stability. With its classic retro-inspired look and thoughtful child-friendly features, it's a fun way for little ones to build confidence as they learn to scoot.

Banwood's patented Easy Ride Steering System uses an angle-control mechanism to regulate the turning range of the front wheels, helping make steering, turning, and navigation easier for young riders.

The scooter features a T-handlebar with three adjustable heights, allowing it to grow with your child. The rubber grips provide a comfortable hold, while the wide oak deck with anti-slip rubber grip tape gives little feet a stable foothold.

Scooter riding can help encourage balance, coordination, and fine motor skills, while giving children the confidence to explore and move independently. With three wheels and a rear brake, the Banwood Navy Scooter is ready for outdoor adventures.

Features

• Classic retro-inspired design
• Stylish navy finish
• Three-wheel configuration
• Banwood patented Easy Ride Steering System
• Easy angle-controlled steering
• T-handlebar with 3 adjustable heights
• Handlebar heights: 70cm, 75cm, and 80cm
• Wide and comfortable oak scooter deck
• Anti-slip black rubber grip tape
• Rubber handlebar grips
• Two front wheels and one rear wheel
• Rear wheel brake
• Supports up to 50kg
• Aluminium bottom with Banwood logo
• Alloy frame with coloured finish
• Optional wicker basket available
• Weight: 2.8kg
• Suggested age: 3 years+

Specifications

• Recommended Age: 3 years+
• Handlebar Heights: 70 / 75 / 80cm
• Deck Size: 29.7 × 9.6cm
• Maximum Weight: 50kg
• Weight: 2.8kg
• Wheels: 2 front, 1 rear with brake
• Frame: Alloy with coloured finish
• Deck: Oak with anti-slip rubber grip tape
• Add-on: Wicker basket

Skills Developed

Scooter play can help children develop:

• Balance
• Coordination
• Fine motor skills
• Steering and navigation
• Confidence
• Independent movement